GENERAL DESIGN PRINCIPLES

Regardless of heater type, it is important that the design meets the application requirements in order to achieve the best comfort levels and to maximize efficiencies. Choosing the right heating solution is accomplished with knowledge of the facility that is to be heated. It is best to plan thoroughly and design an infrared heating layout that will ensure optimal performance. Improper equipment application can result in undesired results.

Basic Application Guidelines

1. Conduct a Building Survey
When designing an infrared system, a proper building survey will help to ensure its optimal performance. An accurate heat loss calculation with an emphasis on air changes must be conducted. The strategic location of the burners will allow for added heat in areas where it is most needed. Vent location, air intake, gas supply and operational obstacles must also be considered.

2. Discuss Performance Expectations
When designing an infrared system, a proper building survey will help to ensure its optimal performance. An accurate heat loss calculation with an emphasis on air changes must be conducted. The strategic location of the burners will allow for added heat in areas where it is most needed. Vent location, air intake, gas supply and operational obstacles must also be considered.

• What is the overall heating objective (spot heat, freeze control, etc.)?
• What are the expectations of the infrared system?
• Is the temperature differential acknowledged?
• Will the clearances to combustibles always be maintained?

3. Review Recommended Mounting Heights
While mounting heights are not mandatory to follow, they are critical in the proper application of the appliance. Mounting heights are one of the most important factors in the selection process as they are directly correlated to the radiant footprint and overall comfort levels.